AD7663ACPZRL

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Data Acquisition is a process which involves the obtaining of data from a variety of sources, and commonly includes the analysis and modification of said data. Analog to Digital Converters (ADC) are devices which convert analog signals into digital signals. The AD7663ACPZRL is one such ADC, designed specifically for the following application fields.

Application Field

The AD7663ACPZRL is designed to allow efficient data acquisition from high resolution sensors in a variety of application fields, including industrial measurement and control, process control, robotic control, scientific research, and signal processing applications. This ADC features a 32-bit-wide data signal output, as well as multiple integrator/summer configurations which allow for precise signal capture in these application fields. It also has an integrated auto-zero function which enables a high level of accuracy in sensing and control applications.

Working Principle

The AD7663ACPZRL incorporates a high resolution, dual-slope, pulse-width-modulated ADC. This ADC operates on the principle that signals are sampled at a predetermined interval, and the voltage level of the signal is then compared to a reference voltage which is adjustable. If the signal\'s voltage level is higher than the reference voltage, the signal is accepted and processed, otherwise it is rejected. This process continues until the entire signal is captured.

Once the signal is captured, the ADC converts it from analog to digital using a bit-stuffed technique. The converted digital signal is then presented at the 32-bit-wide data signal output port. This output is then used by the primary system to perform its respective tasks. The ADC also contains an auto-zero feature which performs an adaptive zero adjustment in order to reduce the effect of signal drift.

Conclusion

The AD7663ACPZRL is a high-resolution, dual-slope, pulse-width-modulated ADC which is ideal for efficient data acquisition in application fields such as industrial measurement and control, process control, robotic control, scientific research, and signal processing. This ADC operates on the principle of comparing signal voltage to a reference voltage, and converts the analog signal to a digital signal using a bit-stuffed technique. It also includes an auto-zero function which improves the accuracy of the signal captured.

The specific data is subject to PDF, and the above content is for reference